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I help hardware entrepreneurs turn concepts, sketches, and scans into injection-molded enclosures that are ready to manufacture, clean SolidWorks files, DFM-validated, no surprises at the factory.
Parts are designed with injection molding, CNC machining, and 3D printing in mind from the first draft, reducing rework, tooling changes, and manufacturing surprises later.
Beyond clean geometry, I design for how the product is actually used, handled, assembled, and serviced, so it performs reliably outside the screen.
You receive fully parametric, well-structured SolidWorks files, not locked meshes or disposable geometry, so your design stays editable, scalable, and production-ready.
If you have a physical part or 3D scan, I convert it into a clean, editable SolidWorks model you can modify, quote, and manufacture with confidence.
This is a good fit if you:
You’re developing a real, tangible product, not software, branding, or visuals-only work.
You want clean, parametric CAD that manufacturers can quote, tool, and build without rework.
You care about getting it right early to prevent delays, tooling changes, and production surprises.
This is a NOT a fit if you:
Logos, packaging graphics, and visual identity are outside my scope.
I focus on engineering and manufacturable design, not sketches or visuals that stop at appearance.
If the product isn’t intended to be built, produced, or quoted, this won’t be a good match.
A Track Record You Can Validate
Client-funded work
Completed projects
Success rate
Top 1% of freelancers
Engineering hours
Real feedback from founders and product teams on real products
Injection-molded enclosures and hardware components — designed for real manufacturing, delivered as factory-ready files
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